Workflow Resilience is designed to serve as an alternative workflow independent from XSAN. Editors can work off of the system individually and/or in a shared collaboration fashion. It supports multiple
streams of DVCPro HD and DNxHD 145. XSAN offload provides a heterogeneous architecture and Ethernet based connectivity to sustain users work, while XSAN system(s) is down or its storage is being rebuilt. Once XSAN is backed up online, the users can immediately merge their work back to their previous workspace. While XSAN is Down, Editors can continue editing from XSAN Offload unit.

Content Protection is packaged in a high density 4U rackmount chassis with up to 24TB of RAID 6 storage. It has redundant hot-swap drives, fans and power supplies and is built with quality enterprise components for 24/7/365 usage. The architecture and implementation are field-proven and have been deployed through hundreds installations worldwide and with years of real world use in broadcast environment. Raid-6 data protection assures recovery from two simultaneous disk failures and no reduction in system response time during normal rebuild. The key benefit of the workflow is to guarantee recovery from any XSAN metadata server data corruption/failure and/or XserveRAID failure. The solution offers a mirror copy and incrementally backed up version of all user data on XSAN assuring complete content protection and parallel access over existing GE IP networks.

and diversified connectivity support an end-to-end workflow resilience

XSAN Peeker allows a system admin. to peek and monitor multiple XSAN systems via single GUI

Media and Project files association provides a quick overview of

Apple media files and corresponding project files

Offering file and text search capability

Facilities for data movement, cleaning and system monitoring

Simple browser-based GUI for convenient local and remote

access, management, collaboration and workflow setup

4U 18/24TB with 10GE Ethernet option

Working with multiple XSAN systems simultaneously
SAN Bridge. Workspace migration and sync between multiple XSAN and/or other SAN systems

Data Management & Movement is designed via an advanced Web based GUI for management of all
aspects of large scale data migration and system monitoring being accessed from the same control panel. The goal of the integrated software tools is to easily access XSAN primary storage via tools such as XSAN Peeker, allowing intelligent decision making on what content to migrate or retrieve. Specifically, workflow allows for automated and intelligent bi-directional movement of the content from XSAN primary storage to the disk based archival storage and back for millions of files & terabytes of data quickly & efficiently without impact on your on-going work. Users can protect their content with mirrored RAID 5 or 6, have Ethernet accessibility, and enjoy instant workspace recovery. XSAN offload provides greater accessibility and content availability to the users. The workflow helps in backup / mirroring, archive and shared collaboration with storage without concern of any data loss, offering higher level protection with RAID-6 vs. XSAN’s RAID-5 configuration.

Workflow Productivity is enhanced via complete integration of hardware and software tools to
seamlessly address entire mirrored workspaces to single file level granular content migration options and enhanced collaboration. By offering cost effective disk based copy of content that is automatically synching Apple FCP and MXF file databases. Also, users have the option to leverage from this digital library to expand access to the rest of the operations workflows from graphics workgroups to trans-coding stations to non-XSAN workstations to prepping the data for broadcast purposes. The goal of the XSAN
offload is not only to offer archive, but to make the content accessible and usable by the entire organization that may not have direct access to XSAN’s primary storage systems. Also, all content is searchable at directory, file and text level.

Managed Parallel Ingest Workflow is an advanced ingest methodology to ingest multiple low to high bit rate streams up to uncompressed HD and beyond directly into XSAN off-load storage. This approach offers scalable ingest process as well as assures successful ingest especially for high bit rate workflows. Once, the information is ingested into the XSAN offload system, it can be saved as well as transported to XSAN primary storage when needed acting as a primary or secondary ingest path.

Advanced Storage Monitoring and Access is a collection of advanced built in features in XSAN offload to overcome any Apple OS limitations in aggregate storage capacity recognition as well as assist in better scalable storage consolation and management from single web based GUI based from anywhere in the world!